348 lines
23 KiB
C
348 lines
23 KiB
C
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/* starch generated code. Do not edit. */
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#include "dsp-types.h"
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#include "cpu.h"
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/* mixes */
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/* Generic build, compiler defaults only */
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#ifdef STARCH_MIX_GENERIC
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#define STARCH_FLAVOR_GENERIC
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#define STARCH_MIX_ALIGNMENT 1
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#endif /* STARCH_MIX_GENERIC */
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/* ARM */
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#ifdef STARCH_MIX_ARM
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#define STARCH_FLAVOR_ARMV7A_NEON_VFPV4
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#define STARCH_FLAVOR_GENERIC
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#define STARCH_MIX_ALIGNMENT 16
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#endif /* STARCH_MIX_ARM */
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/* AARCH64 */
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#ifdef STARCH_MIX_AARCH64
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#define STARCH_FLAVOR_ARMV8_NEON_SIMD
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#define STARCH_FLAVOR_GENERIC
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#define STARCH_MIX_ALIGNMENT 32
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#endif /* STARCH_MIX_AARCH64 */
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/* x64 */
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#ifdef STARCH_MIX_X86
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#define STARCH_FLAVOR_X86_AVX2
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#define STARCH_FLAVOR_GENERIC
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#define STARCH_MIX_ALIGNMENT 32
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#endif /* STARCH_MIX_X86 */
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#ifdef STARCH_MIX_ALIGNMENT
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#define STARCH_ALIGNMENT STARCH_MIX_ALIGNMENT
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#define STARCH_IS_ALIGNED(_ptr) (((uintptr_t)(_ptr) & (STARCH_MIX_ALIGNMENT-1)) == 0)
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#else
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/* mix not defined, alignment is unknown, treat everything as unaligned */
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#define STARCH_IS_ALIGNED(_ptr) (0)
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#endif
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/* entry points and registries */
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typedef void (* starch_magnitude_uc8_ptr) ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_uc8_ptr starch_magnitude_uc8;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_uc8_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_uc8_regentry;
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extern starch_magnitude_uc8_regentry starch_magnitude_uc8_registry[];
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starch_magnitude_uc8_regentry * starch_magnitude_uc8_select();
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void starch_magnitude_uc8_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_uc8_aligned_ptr) ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_uc8_aligned_ptr starch_magnitude_uc8_aligned;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_uc8_aligned_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_uc8_aligned_regentry;
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extern starch_magnitude_uc8_aligned_regentry starch_magnitude_uc8_aligned_registry[];
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starch_magnitude_uc8_aligned_regentry * starch_magnitude_uc8_aligned_select();
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void starch_magnitude_uc8_aligned_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_power_uc8_ptr) ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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extern starch_magnitude_power_uc8_ptr starch_magnitude_power_uc8;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_power_uc8_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_power_uc8_regentry;
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extern starch_magnitude_power_uc8_regentry starch_magnitude_power_uc8_registry[];
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starch_magnitude_power_uc8_regentry * starch_magnitude_power_uc8_select();
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void starch_magnitude_power_uc8_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_power_uc8_aligned_ptr) ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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extern starch_magnitude_power_uc8_aligned_ptr starch_magnitude_power_uc8_aligned;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_power_uc8_aligned_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_power_uc8_aligned_regentry;
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extern starch_magnitude_power_uc8_aligned_regentry starch_magnitude_power_uc8_aligned_registry[];
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starch_magnitude_power_uc8_aligned_regentry * starch_magnitude_power_uc8_aligned_select();
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void starch_magnitude_power_uc8_aligned_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_sc16_ptr) ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_sc16_ptr starch_magnitude_sc16;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_sc16_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_sc16_regentry;
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extern starch_magnitude_sc16_regentry starch_magnitude_sc16_registry[];
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starch_magnitude_sc16_regentry * starch_magnitude_sc16_select();
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void starch_magnitude_sc16_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_sc16_aligned_ptr) ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_sc16_aligned_ptr starch_magnitude_sc16_aligned;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_sc16_aligned_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_sc16_aligned_regentry;
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extern starch_magnitude_sc16_aligned_regentry starch_magnitude_sc16_aligned_registry[];
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starch_magnitude_sc16_aligned_regentry * starch_magnitude_sc16_aligned_select();
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void starch_magnitude_sc16_aligned_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_sc16q11_ptr) ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_sc16q11_ptr starch_magnitude_sc16q11;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_sc16q11_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_sc16q11_regentry;
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extern starch_magnitude_sc16q11_regentry starch_magnitude_sc16q11_registry[];
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starch_magnitude_sc16q11_regentry * starch_magnitude_sc16q11_select();
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void starch_magnitude_sc16q11_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_magnitude_sc16q11_aligned_ptr) ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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extern starch_magnitude_sc16q11_aligned_ptr starch_magnitude_sc16q11_aligned;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_magnitude_sc16q11_aligned_ptr callable;
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int (*flavor_supported)();
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} starch_magnitude_sc16q11_aligned_regentry;
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extern starch_magnitude_sc16q11_aligned_regentry starch_magnitude_sc16q11_aligned_registry[];
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starch_magnitude_sc16q11_aligned_regentry * starch_magnitude_sc16q11_aligned_select();
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void starch_magnitude_sc16q11_aligned_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_mean_power_u16_ptr) ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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extern starch_mean_power_u16_ptr starch_mean_power_u16;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_mean_power_u16_ptr callable;
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int (*flavor_supported)();
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} starch_mean_power_u16_regentry;
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extern starch_mean_power_u16_regentry starch_mean_power_u16_registry[];
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starch_mean_power_u16_regentry * starch_mean_power_u16_select();
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void starch_mean_power_u16_set_wisdom( const char * const * received_wisdom );
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typedef void (* starch_mean_power_u16_aligned_ptr) ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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extern starch_mean_power_u16_aligned_ptr starch_mean_power_u16_aligned;
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typedef struct {
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int rank;
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const char *name;
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const char *flavor;
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starch_mean_power_u16_aligned_ptr callable;
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int (*flavor_supported)();
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} starch_mean_power_u16_aligned_regentry;
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extern starch_mean_power_u16_aligned_regentry starch_mean_power_u16_aligned_registry[];
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starch_mean_power_u16_aligned_regentry * starch_mean_power_u16_aligned_select();
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void starch_mean_power_u16_aligned_set_wisdom( const char * const * received_wisdom );
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/* flavors and prototypes */
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#ifdef STARCH_FLAVOR_GENERIC
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void starch_magnitude_power_uc8_twopass_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_unroll_4_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_sc16_exact_u32_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_exact_float_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_u32_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_float_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_11bit_table_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_12bit_table_generic ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_unroll_4_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_exact_generic ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_mean_power_u16_float_generic ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u32_generic ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u64_generic ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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#endif /* STARCH_FLAVOR_GENERIC */
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int starch_read_wisdom (const char * path);
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#ifdef STARCH_FLAVOR_ARMV7A_NEON_VFPV4
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int cpu_supports_armv7_neon_vfpv4 (void);
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void starch_magnitude_power_uc8_twopass_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_twopass_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_unroll_4_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_unroll_4_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_neon_vrsqrte_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_neon_vrsqrte_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_sc16_exact_u32_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_u32_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_exact_float_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_float_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_neon_vrsqrte_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_neon_vrsqrte_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_u32_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_u32_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_float_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_float_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_11bit_table_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_11bit_table_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_12bit_table_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_12bit_table_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_neon_vrsqrte_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_neon_vrsqrte_armv7a_neon_vfpv4 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_unroll_4_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_unroll_4_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_exact_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_exact_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_neon_vrsqrte_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_neon_vrsqrte_armv7a_neon_vfpv4 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_mean_power_u16_float_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_float_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u32_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u32_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u64_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u64_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_neon_float_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_neon_float_armv7a_neon_vfpv4 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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#endif /* STARCH_FLAVOR_ARMV7A_NEON_VFPV4 */
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int starch_read_wisdom (const char * path);
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#ifdef STARCH_FLAVOR_ARMV8_NEON_SIMD
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int cpu_supports_armv8_simd (void);
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void starch_magnitude_power_uc8_twopass_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_twopass_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_unroll_4_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_unroll_4_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_neon_vrsqrte_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_neon_vrsqrte_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_sc16_exact_u32_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_u32_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_exact_float_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_float_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_neon_vrsqrte_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_neon_vrsqrte_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_u32_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_u32_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_float_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_float_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_11bit_table_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_11bit_table_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_12bit_table_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_12bit_table_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_neon_vrsqrte_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_neon_vrsqrte_armv8_neon_simd ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_unroll_4_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_unroll_4_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_exact_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_exact_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_neon_vrsqrte_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_neon_vrsqrte_armv8_neon_simd ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_mean_power_u16_float_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_float_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u32_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u32_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u64_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u64_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_neon_float_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_neon_float_armv8_neon_simd ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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#endif /* STARCH_FLAVOR_ARMV8_NEON_SIMD */
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int starch_read_wisdom (const char * path);
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#ifdef STARCH_FLAVOR_X86_AVX2
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int cpu_supports_avx2 (void);
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void starch_magnitude_power_uc8_twopass_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_twopass_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_lookup_unroll_4_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_power_uc8_aligned_lookup_unroll_4_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2, double * arg3, double * arg4 );
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void starch_magnitude_sc16_exact_u32_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_u32_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_exact_float_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16_aligned_exact_float_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_u32_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_u32_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_exact_float_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_exact_float_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_11bit_table_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_11bit_table_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_12bit_table_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_sc16q11_aligned_12bit_table_x86_avx2 ( const sc16_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_lookup_unroll_4_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_lookup_unroll_4_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_exact_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_magnitude_uc8_aligned_exact_x86_avx2 ( const uc8_t * arg0, uint16_t * arg1, unsigned arg2 );
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void starch_mean_power_u16_float_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_float_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u32_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u32_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_u64_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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void starch_mean_power_u16_aligned_u64_x86_avx2 ( const uint16_t * arg0, unsigned arg1, double * arg2, double * arg3 );
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#endif /* STARCH_FLAVOR_X86_AVX2 */
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int starch_read_wisdom (const char * path);
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